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Features

A RUGGED MULTI-PROCESS POWER SOURCE FOR MAXIMUM FLEXIBILITY

Out on the construction jobsite or in most fabrication shops, it pays to keep it simple. The Flextec 350X multi-process welder is designed for that kind of environment. These multi-process welders are easy to setup and easy to operate, yet rugged and flexible enough to be used in construction, fabrication, shipbuilding and other heavy-duty applications.

Simple

Streamlined operator panel minimizes setup time

Plug in to any 380-600V 3 phase power

Easy process selection

Reliable

Built on industry proven design elements of other popular Lincoln Electric welders

Components designed to run cool for long life in high temperature environments

Fully encapsulated and environmentally protected electronics

Engineered for outdoor use and harsh environments (IP23 rated)

Flexible

Compatible with across-the-arc, analog, digital or CrossLinc™ feeders

Premium multi-process arc characteristics works with all DC wire, stick and TIG processes

Increase arc time with fewer trips to the power source to adjust settings

Improves safety by reducing jobsite clutter

CROSSLINC™ TECHNOLOGY: SOLVING SITE WELDING ISSUES

Worker safety, weld quality, productivity and equipment reliability come to mind when welding on site or on large structures.

In these environments, it is typical for the operator to work closely with a rugged, compact and lightweight welding wire feeder, connected to a weather-resistant power source hundreds of feet away.

Worker safety, weld quality, productivity and equipment reliability come to mind when welding on site or on large structures. In these environments, it is typical for the operator to work closely with a rugged, compact and lightweight wire feeder, connected to a weather-resistant power source hundreds of feet away. Until now, portable wire feeders have been available in two configurations: basic ‘across-the-arc’ models or portable feeders equipped with an added control cable.

‘Across-the-arc’ models are powered by the weld cable. This configuration provides benefits of fewer cables running back to the power source, but voltage control at the point-of-use is not possible.

The addition of a control cable to the system allows the operator to adjust voltage at the point-of-use, but these cables can be costly and add additional complexity to the production environment.